Metrohm 815 USB Sample Processor for Automated Sample Preparation with Integrated Membrane Pump

The Metrohm 815 USB Sample Processor is a robotic workstation designed for the automated processing of routine samples in large batches, optimized for complex sample preparation tasks in analytical laboratories. This advanced automated sample processor integrates a built-in membrane pump for precise liquid handling and allows connection of an additional pump (membrane or peristaltic) plus up to three dosing units, supporting versatile liquid handling operations essential for bioprocessing and molecular diagnostics workflows.

Key features include:

• *Accurate and reproducible results* ensured by automated parallel sample preparation and analysis, critical for biopharmaceutical production pipelines and synthetic biology research.
• *Automation capacity* for processing large sample volumes, facilitating high-throughput studies in biotechnology and clinical diagnostics.
• *Robust and reliable design* prioritizing safety and operational flexibility, compatible with diverse laboratory environments.
• *USB connectivity* enabling seamless integration with modern laboratory information management systems (LIMS) and control software.

This processor is widely used in fields requiring precise sample handling such as molecular biology, synthetic biology, and biomedical engineering. It supports efficient workflows in applications like gene editing, fluorescence analysis, and biomanufacturing quality control.

Additionally mentioned complementary components relevant to automation include:

• 904 Titrando, a high-end potentiometric titrator with dual measuring interfaces and internal buret drive, enhancing automated titration workflows.
• 800 Dosino, an intelligent dosing unit drive ensuring precise volume control and integration with dosing hardware via a 150 cm fixed cable.

Together, these components form a comprehensive automated analytical solution, highly suitable for research laboratories specializing in biotechnology, clinical diagnostics, and synthetic biology applications.